OALib Journal期刊
ISSN: 2333-9721
费用:99美元
|
|
|
油页岩中微量元素赋存形态的研究
, PP. 1295-1301
Keywords: 油页岩,微量元素,赋存形态,浮沉实验,脱灰实验
Abstract:
?通过浮沉实验及脱灰实验对抚顺、龙口、茂名3种油页岩样中部分微量元素进行了赋存形态的研究.结果表明,浮沉实验所得微量元素的赋存状态结果与脱灰实验基本一致,抚顺、龙口、茂名3种油页岩中大部分微量元素以无机态赋存,但也有所区别,抚顺、龙口、茂名油页岩中的元素v、mn、zn、sr、mo、ta以及抚顺油页岩中的cr、te,龙口油页岩中的cd、sn,茂名油页岩中的cd、sn、pb,主要赋存于无机矿物中;茂名油页岩中的cr、te,抚顺油页岩中的cd,龙口油页岩中的pb有相对较多的比例富集于有机质部分;龙口、茂名油页岩中的元素co,抚顺油页岩中的co、sn、pb,更多地富集于黏土矿中,但也有少部分富集于有机质中.
References
[1] | songcs,sainiak,mcconniej.strongpromotingeffectofh2ooncoalliquefactionusingwater-solubleandoil-soluablemocatalystprecursors[d].oviedu,spain:intenergyagcy,1995.
|
[2] | adigakc,pithapurwalayk,shahdo,moudgilbm.rheologyofcoalslurriesinno.2oilandethanolblends:effectofwater[j].rheologicaacta,1983,22(4):402-409.
|
[3] | fengp,haolf,huocf,wangz,linwg,songwl.rheologicalbehaviorofcoalbio-oilslurries[j].energy,2014,66:744-749.
|
[4] | yangxl,liyf,zhangxw,husq.supportvectorregressiononnear-infraredspectraanalysisformoisturedeterminationinligniticcoalsamples[d].taiwan,china:chunghuauniversity,2013.
|
[5] | 熊程程.褐煤干燥过程的实验研究及动力学分析[d].北京:中国科学院工程热物理研究所,2011.(xiongcheng-cheng.experimentalstudyandkineticanalysisoflignitedrying[d].beijing:instituteofengineeringthermophysics,chineseacademyofsciences,2011.)
|
[6] | lowgs,bhattacharyasn.theeffectofmoistureontherheologyofbrowncoal-oilsuspensions[j].canjchemeng,1983,61(6):785-790.
|
[7] | songcs,sainiak,schoberthh.enhancinglow-severitycatalyticliquefactionoflow-rankcoalbyaddingwater[j].fuel,1993,206:1031-1038.
|
[8] | 王永刚,陈伟,丁一慧,郝丽芳,许德平.溶剂和水分对液化油煤浆流变性质的影响[j].煤炭学报,2009,34(1):100-104.(wangyong-gang,chenwei,dingyi-hui,haoli-fang,xude-ping.effectofsolventandmoistureonrheologicalpropertyofoil-coalslurry[j].journalofchinacoalsociety,2009,34(1):100-104.)
|
[9] | miurak,maek,ashidar,tamurat,iharat.dewateringofcoalthroughsolventextraction[j].fuel,2002,81(11/12):1417-1422.
|
[10] | 熊楚安,王永刚,许德平.中国直接液化油煤浆及液化残渣流变特性研究进展[j].化工进展,2009,28(4):597-604.(xiongchu-an,wangyong-gang,xude-ping.developmentofrheologicalpropertiesofchinesecoal-oilslurryandliquefactionresidueindirectliquefaction[j].chemicalindustryandengineeringprocess,2009,28(4):597-604.)
|
[11] | munrojm,lewellynmm,crackelpr,bauerlg.characterizationoftherheologicalpropertiesofcoal-fueloilslurries[j].aichej,1979,25(2):355-358.
|
[12] | grinta,vealcj.effectoffuel-oilsourceonthepreparationofcoaloildispersions[j].fuel,1985,64(8):1079-1084.
|
[13] | ogdenik,rutterpr.thesedimentationstabilityandviscosityofcoaloildispersions[j].colloidsurface,1984,8(3):249-259.
|
[14] | johnsongr,rutterpr.theeffectoffuel-oilchemistryonthestabilityofcoal-oildispersions[j].colloidsurf,1985,16(2):103-116.
|
[15] | sakakit,shibatam,hirosueh.effectofcoalrankonrheologicalbehaviorofcoalsolventslurriesduringheating[j].energyfuels,1995,9(2):314-318.
|
[16] | tsutsumia,yoshidak.rheologicalbehaviorofcoal-solventslurries[j].fuel,1986,65(7):906-909.
|
[17] | okutanit,yokoyamas,maekaway.viscositychangesincoalpasteduringhydrogenation[j].fuel,1984,63(2):164-168.
|
[18] | koujw,baizq,liw,baij,guozx.effectsofmineralmattersandhydrogenbondingonrheologicalbehaviorsofbrowncoal-oilslurries[j].fuel,2014,132:187-193.
|
[19] | 史士东.煤加氢液化工程学基础[m].北京:化学工业出版社,2012.(shishi-dong.coalhydrogenationliquefactionoffoundationengineering[m].beijing:chemicalindustrypress,2012.)
|
Full-Text
|
|
Contact Us
service@oalib.com QQ:3279437679 
WhatsApp +8615387084133
|
|